KR200299716Y1 - Repeating instellation of watching and management system using internet - Google Patents

Abstract

The present invention relates to a relay device for monitoring and management system using the Internet. More specifically, the home, kindergarten, school and The present invention relates to a relay device for monitoring and management system using the Internet to transmit and receive the current situation (video) and audio data of the office, etc. The present invention is a wireless receiver for receiving video and audio data acquired by a wireless web camera A data receiver; A data modulator for modulating the video and audio data by the wireless data receiver into an analog signal; A camera control unit for adjusting channel control, pen tilt, zoom, focus operation, and position of the wireless camera; A data acquisition unit configured to receive a video and audio signal modulated by an analog signal in the data modulator; A program operating unit for storing and transmitting the data transmitted to the data acquisition unit, adjusting the channel of the wireless camera, pen tilt, zoom, focus operation, and position of the wireless camera; An internet connection unit for providing a video and audio signal to the user of the program operating unit; It is characterized by a power control unit for turning on / off the power.

Description

Repeating instellation of watching and management system using internet}

The present invention relates to a relay device for monitoring and management system using the Internet. More specifically, it is possible to send and receive the current situation (video) and audio data of one's home, kindergarten, academy and office by accessing the Internet from a remote place. The present invention relates to a relay device for monitoring and management system using the Internet.

Conventionally, there has been a technique for monitoring and managing a specific place as is well known.

Such a technique is usually provided with a camera at a place to be monitored and the captured information can be remotely confirmed through a predetermined output device (for example, a monitor).

However, the above-mentioned techniques are usually wired, and the cameras installed in the shooting place have been installed in a wired line, which has been greatly restricted in the places, and the difficulties of installation, maintenance are essential, and installation costs are expensive. there was.

In addition, there was an inefficiency that could not support multiple cameras (hereinafter referred to as 'cameras') with a single PC, and a system having both wired and wireless systems appeared, but it was difficult for the individual receiving the service to directly build a multimedia service. There was a problem that the product was expensive.

Thus, a monitoring and management system using the Internet is provided to establish and provide a homepage related to the surveillance and management system through a wireless camera and the Internet so that a user can easily check, monitor and manage the place where the camera is installed at any time from a remote location. There is a situation.

However, in the above-described monitoring and management system using the Internet, the relay apparatus for transmitting and receiving the current situation (video) and voice can connect various signals by the wireless receiver and the wireless receiver which can receive data wirelessly to the Internet. Since the Internet access device is configured separately, the device is enlarged when the system is configured, and therefore, the installation space is widely required, and there is a problem. As a fundamental problem, there is a problem that one-way communication is performed.

The present invention has been made in view of the above problems, and its purpose is to provide a wireless receiver capable of receiving data wirelessly and an internet access device capable of connecting various signals by the wireless receiver to the Internet. It is provided with miniaturization and convenience of the device, and the user selects any one of the video and audio signals transmitted in the reverse direction by transmitting a signal for selecting data transmitted by a plurality of wireless cameras installed and monitoring and managing the data. The present invention provides a relay device for monitoring and management system using the Internet.

1 is an exemplary view showing an example of the use of the relay device for monitoring and management system using the Internet of the present invention.

Figure 2 is a block diagram showing the structure of a relay device for monitoring and management system using the Internet of the present invention.

Figure 3 is a flowchart of the operation of the relay device for monitoring and management system using the Internet of the present invention.

※ Explanation of code for main part of drawing ※

21: wireless data receiver 22: data modulator

23: data acquisition unit 24: program operation department

25: Internet connection 26: Camera control unit

27: power control unit

The object of the present invention is a power control unit for turning on / off the power; A wireless receiver which receives the video and audio data acquired by the wireless camera; A data modulator for modulating the video and audio signals by the wireless receiver into an analog signal; A camera control unit for adjusting channel control, pen tilt, zoom, focus operation, and position of the wireless camera; An audio / video acquisition unit configured to receive an image and an audio signal modulated by an analog signal in the data modulator; A program operating unit for storing and controlling the size of the signal transmitted to the audio / image acquisition unit, adjusting the channel of the wireless camera, pen tilt, zoom, focus operation, and position of the wireless camera; It is achieved by a relay device for monitoring and management system using the Internet consisting of the Internet connection to provide the video and audio signals of the program operating unit to the user's display means.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a block diagram of a monitoring and management system using the Internet according to the present invention.

As shown, 10 is a photographing unit, consisting of one or more wireless web cameras (11, 12 ...), the wireless web cameras (11, ...) is installed in a place that needs to be photographed wireless web The cameras 11,... Shoot the video and transmit the signal wirelessly.

The symbol 20 is a repeater of the present invention, receives the photographed video information transmitted from the photographing unit 10 and transmits the photographed video and audio signals through the Internet 30 to the provider server 40.

In the system configuration as described above, the repeater of the present invention includes a wireless data receiver 21 for receiving the video and audio data acquired by the wireless web camera 11. A data modulator 22 for modulating video and audio data by the wireless data receiver 21 into an analog signal; A camera control unit 26 for adjusting channel control, pen tilt, zoom, focus operation, and position of the wireless web camera; A data acquisition unit 23 for receiving an image and audio signal modulated by an analog signal in the data modulation unit 22; A program operating unit 24 for storing, resizing, and adjusting the channel of the wireless web camera, pen tilt, zoom, focus operation, and position of the wireless web camera, by storing the data transmitted to the data acquisition unit 23; An internet connection unit 25 for providing a video and audio signal of the program operating unit 24 to a user; The power control unit 27 for turning on / off the power.

Referring to the operation effect of the present invention having the structure as described above when the power is turned on by the power control unit 27 as shown in Figures 2 to 3 video and audio data obtained by the wireless web camera is Received by the wireless data receiver 21, the format of the received signal is a digital signal.

The video and audio data by the wireless data receiver 21 is transmitted to the data modulator 22 and modulated into an analog signal. The video and audio data modulated into the analog signal by the data modulator 22 is transmitted to the data acquisition unit 23, and the data transmitted to the data acquisition unit 23 is stabilized by the program operating unit 24. To be delivered.

On the other hand, the program operating unit 24 preferably uses a ROM. The reason is to improve the efficiency of the function while minimizing the volume.

The signals transmitted to the program operating unit 24 are transmitted as independent signals, respectively, but the program operating unit 24 mixes the data signals transmitted by the preset program into one image to take a small cell form.

In more detail, the video and audio signals of the program operating unit 24 are modulated into digital signals and are transmitted to the user by being connected to the Internet through the Internet connection unit 25 to the user. The screen is divided by the number of constituent wireless web cameras 11, 12 .... Audio data is not provided when the screen is divided by the initial screen, that is, the number of wireless web cameras 11, 12...

When the initial screen is provided as described above, the user transmits a signal for selecting the wireless web cameras 11, 12... To monitor and monitor the image of any one of the initial screens through the Internet. The program operation unit 24 configured to receive the signal of the selected wireless web camera receives the signal of the selected wireless web camera and provides only the signal of the wireless web camera to the internet through the internet connection unit 25. Image data and audio data are provided.

On the other hand, when a signal for controlling the photographing portion of the selected wireless web camera is transmitted via the Internet, the Internet connection unit 25 receives the received signal and transmits the received signal to the gram operating unit 24 which is the reverse direction of the video and audio data transmission direction. When transmitting, the program operating unit 24 determines which signal is a transmitted signal, processes the data by a predetermined program according to the determined signal, and transmits only the selected screen to the user.

At this time, the video / audio data other than the selected wireless web camera is transmitted to the program operating unit 24 in real time.

Meanwhile, in the camera controller 26, when the control signal of the user's wireless web camera is transmitted to the wireless web camera through the program operating unit 24, the wireless web cameras 11, 12 ... are operated by the transmission signal. The user's manger is to be provided through the internet in real time.

In another embodiment, the user's wireless web camera (11, 12 ...) selection signal is transmitted to the program operating unit 24 to determine the transmitted signal and the determined signal is the reverse direction of the transmission direction of the video and audio data Sends a signal to the camera control unit 26.

In this case, the signal transmitted to the camera control unit 26 may lock the transmission function of the wireless transmission / reception unit 21 of only the selected wireless web camera so that only data of the selected wireless camera may be transmitted. Of course, if the user selects a different wireless web camera or initial screen mode and selects all wireless camera operations, the selected signal may be sent to the wireless camera to cancel the locked transmission function to provide the same conditions as the initial one.

The present invention, which is constructed and operated in this way, is connected to the Internet with a PC or a video phone at a remote location, and the current situation (video) and audio data of the home, kindergarten, academy and office through a service provided on its homepage. A wireless receiver capable of receiving data wirelessly to transmit and receive data and an internet access device capable of connecting various signals by the wireless receiver to the Internet are provided by one of the two functions, thereby providing miniaturization and convenience of the device. In addition, there is an effect of allowing a user to transmit a signal for selecting data transmitted by a plurality of wireless cameras installed in the reverse direction so that any one of the video and audio signals transmitted in a plurality can be selected and monitored and managed.

Claims (2)

In the relay device for monitoring and management system using the Internet, A wireless data receiver for receiving video and audio data acquired by a wireless web camera; A data modulator for modulating the video and audio data by the wireless data receiver into an analog signal; A camera control unit for adjusting channel control, pen tilt, zoom, focus operation, and position of the wireless camera; A data acquisition unit configured to receive a video and audio signal modulated by an analog signal in the data modulator; A program operating unit for storing and transmitting the data transmitted to the data acquisition unit, adjusting the channel of the wireless camera, pen tilt, zoom, focus operation, and position of the wireless camera; An internet connection unit for providing a video and audio signal to the user of the program operating unit; Relay for monitoring and management system using the Internet consisting of a power control unit for turning on / off the power. According to claim 1, If the user selects any one of the wireless cameras installed to receive a video and audio signal, the selection signal is transmitted to the program operating unit so that only the video and audio signal of the wireless camera selected by the selection signal to the user Relay apparatus for monitoring and management system using the Internet, characterized in that transmitted.